private void PlayCue(int cueIndex)
{
DateTime startTime = DateTime.Now;
activeAction = true;
Cue currentCue = cuesList[cueIndex];
int startPulseBreak = currentCue.StartingPulseDuration + currentCue.StartingISI;
int endPulseBreak = currentCue.EndingPulseDuration + currentCue.EndingISI;
int transitionPulses = currentCue.EndChangeAfterPulseNumber - currentCue.StartChangeAfterPulseNumber;
float gainIncrement = 0;
float freqIncrement = 0;
if (transitionPulses != 0)
{
gainIncrement = (currentCue.EndingGain - currentCue.StartingGain) / (transitionPulses);
freqIncrement = (currentCue.EndingFrequency - currentCue.StartingFrequency) / (transitionPulses);
}
if (currentCue.TypeoOfChange == "Temporal")
{ //Temporal
for (int i = 0; i < currentCue.StartChangeAfterPulseNumber; i++)
{
Tdk.TdkInterface.ChangeFreq(0, currentCue.StartingTactorLocation, currentCue.StartingFrequency, currentCue.StartingPulseDuration);
Tdk.TdkInterface.RampGain(0, currentCue.StartingTactorLocation, currentCue.StartingGain, currentCue.StartingGain, currentCue.StartingPulseDuration, Tdk.TdkDefines.RampLinear, 0);
toggleOn(0, startPulseBreak);
Tdk.TdkInterface.Pulse(0, currentCue.StartingTactorLocation, currentCue.StartingPulseDuration, 0);
if (activeAction == false)
{
break;
}
}
for (int i = 0; i < 8 - currentCue.StartChangeAfterPulseNumber; i++)
{
Tdk.TdkInterface.ChangeFreq(0, currentCue.StartingTactorLocation, currentCue.StartingFrequency, currentCue.EndingPulseDuration);
Tdk.TdkInterface.RampGain(0, currentCue.StartingTactorLocation, currentCue.StartingGain, currentCue.StartingGain, currentCue.EndingPulseDuration, Tdk.TdkDefines.RampLinear, 0);
toggleOn(0, endPulseBreak);
Tdk.TdkInterface.Pulse(0, currentCue.StartingTactorLocation, currentCue.EndingPulseDuration, 0);
if (activeAction == false)
{
break;
}
}
}
else if (currentCue.TypeoOfChange == "Spatial")
{ //Spatial
for (int i = 0; i < currentCue.StartChangeAfterPulseNumber; i++)
{
Tdk.TdkInterface.ChangeFreq(0, currentCue.StartingTactorLocation, currentCue.StartingFrequency, currentCue.StartingPulseDuration);
Tdk.TdkInterface.RampGain(0, currentCue.StartingTactorLocation, currentCue.StartingGain, currentCue.StartingGain, currentCue.StartingPulseDuration, Tdk.TdkDefines.RampLinear, 0);
toggleOn(0, startPulseBreak);
Tdk.TdkInterface.Pulse(0, currentCue.StartingTactorLocation, currentCue.StartingPulseDuration, 0);
if (activeAction == false)
{
break;
}
}
for (int i = 0; i < 8 - currentCue.StartChangeAfterPulseNumber; i++)
{
Tdk.TdkInterface.ChangeFreq(0, currentCue.EndingTactorLocation, currentCue.StartingFrequency, currentCue.StartingPulseDuration);
Tdk.TdkInterface.RampGain(0, currentCue.EndingTactorLocation, currentCue.StartingGain, currentCue.StartingGain, currentCue.StartingPulseDuration, Tdk.TdkDefines.RampLinear, 0);
toggleOn(0, startPulseBreak);
Tdk.TdkInterface.Pulse(0, currentCue.EndingTactorLocation, currentCue.StartingPulseDuration, 0);
if (activeAction == false)
{
break;
}
}
}
else if (currentCue.TypeoOfChange == "Intensity")
{ //Intensity
for (int i = 0; i < currentCue.StartChangeAfterPulseNumber + 1; i++)
{
Tdk.TdkInterface.ChangeFreq(0, currentCue.StartingTactorLocation, currentCue.StartingFrequency, currentCue.StartingPulseDuration);
Tdk.TdkInterface.RampGain(0, currentCue.StartingTactorLocation, currentCue.StartingGain, currentCue.StartingGain, currentCue.StartingPulseDuration, Tdk.TdkDefines.RampLinear, 0);
toggleOn(0, startPulseBreak);
Tdk.TdkInterface.Pulse(0, currentCue.StartingTactorLocation, currentCue.StartingPulseDuration, 0);
//Debug.Log ("Gain: " + currentCue.StartingGain);
if (activeAction == false)
{
break;
}
}
for (int i = 0; i < transitionPulses; i++)
{
currentCue.StartingGain = currentCue.StartingGain + Convert.ToInt32(gainIncrement);
currentCue.StartingFrequency = currentCue.StartingFrequency + Convert.ToInt32(freqIncrement);
Tdk.TdkInterface.ChangeFreq(0, currentCue.StartingTactorLocation, currentCue.StartingFrequency, currentCue.StartingPulseDuration);
Tdk.TdkInterface.RampGain(0, currentCue.StartingTactorLocation, currentCue.StartingGain, currentCue.StartingGain, currentCue.StartingPulseDuration, Tdk.TdkDefines.RampLinear, 0);
toggleOn(0, startPulseBreak);
Tdk.TdkInterface.Pulse(0, currentCue.StartingTactorLocation, currentCue.StartingPulseDuration, 0);
//Debug.Log ("Gain: " + currentCue.StartingGain);
if (activeAction == false)
{
break;
}
}
// for (int i = 0; i < 8 - currentCue.EndChangeAfterPulseNumber - 1 - transitionPulses; i++)// testing only ( problem where intensity only presents 7 vibrations instead of 8)
for (int i = 0; i < 8 - currentCue.EndChangeAfterPulseNumber - transitionPulses; i++)
{
Tdk.TdkInterface.ChangeFreq(0, currentCue.StartingTactorLocation, currentCue.StartingFrequency, currentCue.StartingPulseDuration);
Tdk.TdkInterface.RampGain(0, currentCue.StartingTactorLocation, currentCue.StartingGain, currentCue.StartingGain, currentCue.StartingPulseDuration, Tdk.TdkDefines.RampLinear, 0);
toggleOn(0, startPulseBreak);
Tdk.TdkInterface.Pulse(0, currentCue.StartingTactorLocation, currentCue.StartingPulseDuration, 0);
//Debug.Log ("Gain: " + currentCue.StartingGain);
if (activeAction == false)
{
break;
}
}
}
else if (currentCue.TypeoOfChange == "Int+Temp")
{ //Intensity + Temporal
for (int i = 0; i < currentCue.StartChangeAfterPulseNumber + 1; i++)
{
Tdk.TdkInterface.ChangeFreq(0, currentCue.StartingTactorLocation, currentCue.StartingFrequency, currentCue.StartingPulseDuration);
Tdk.TdkInterface.RampGain(0, currentCue.StartingTactorLocation, currentCue.StartingGain, currentCue.StartingGain, currentCue.StartingPulseDuration, Tdk.TdkDefines.RampLinear, 0);
toggleOn(0, startPulseBreak);
Tdk.TdkInterface.Pulse(0, currentCue.StartingTactorLocation, currentCue.StartingPulseDuration, 0);
//Debug.Log ("Gain: " + currentCue.StartingGain);
if (activeAction == false)
{
break;
}
}
for (int i = 0; i < transitionPulses; i++)
{
currentCue.StartingGain = currentCue.StartingGain + Convert.ToInt32(gainIncrement);
currentCue.StartingFrequency = currentCue.StartingFrequency + Convert.ToInt32(freqIncrement);
Tdk.TdkInterface.ChangeFreq(0, currentCue.StartingTactorLocation, currentCue.StartingFrequency, currentCue.EndingPulseDuration);
Tdk.TdkInterface.RampGain(0, currentCue.StartingTactorLocation, currentCue.StartingGain, currentCue.StartingGain, currentCue.EndingPulseDuration, Tdk.TdkDefines.RampLinear, 0);
toggleOn(0, endPulseBreak);
Tdk.TdkInterface.Pulse(0, currentCue.StartingTactorLocation, currentCue.EndingPulseDuration, 0);
//Debug.Log ("Gain: " + currentCue.StartingGain);
if (activeAction == false)
{
break;
}
}
for (int i = 0; i < 8 - currentCue.StartChangeAfterPulseNumber - 1 - transitionPulses; i++)
{
Tdk.TdkInterface.ChangeFreq(0, currentCue.StartingTactorLocation, currentCue.StartingFrequency, currentCue.EndingPulseDuration);
Tdk.TdkInterface.RampGain(0, currentCue.StartingTactorLocation, currentCue.StartingGain, currentCue.StartingGain, currentCue.EndingPulseDuration, Tdk.TdkDefines.RampLinear, 0);
toggleOn(0, endPulseBreak);
Tdk.TdkInterface.Pulse(0, currentCue.StartingTactorLocation, currentCue.EndingPulseDuration, 0);
//Debug.Log ("Gain: " + currentCue.StartingGain);
if (activeAction == false)
{
break;
}
}
}
else if (currentCue.TypeoOfChange == "Spat+Temp")
{ //Spatial + Temporal
for (int i = 0; i < currentCue.StartChangeAfterPulseNumber; i++)
{
Tdk.TdkInterface.ChangeFreq(0, currentCue.StartingTactorLocation, currentCue.StartingFrequency, currentCue.StartingPulseDuration);
Tdk.TdkInterface.RampGain(0, currentCue.StartingTactorLocation, currentCue.StartingGain, currentCue.StartingGain, currentCue.StartingPulseDuration, Tdk.TdkDefines.RampLinear, 0);
toggleOn(0, startPulseBreak);
Tdk.TdkInterface.Pulse(0, currentCue.StartingTactorLocation, currentCue.StartingPulseDuration, 0);
if (activeAction == false)
{
break;
}
}
for (int i = 0; i < 8 - currentCue.StartChangeAfterPulseNumber; i++)
{
Tdk.TdkInterface.ChangeFreq(0, currentCue.EndingTactorLocation, currentCue.StartingFrequency, currentCue.EndingPulseDuration);
Tdk.TdkInterface.RampGain(0, currentCue.EndingTactorLocation, currentCue.StartingGain, currentCue.StartingGain, currentCue.EndingPulseDuration, Tdk.TdkDefines.RampLinear, 0);
toggleOn(0, endPulseBreak);
Tdk.TdkInterface.Pulse(0, currentCue.EndingTactorLocation, currentCue.EndingPulseDuration, 0);
if (activeAction == false)
{
break;
}
}
}
else
{ //Intensity + Spatial
for (int i = 0; i < currentCue.StartChangeAfterPulseNumber + 1; i++)
{
if (i == currentCue.StartChangeAfterPulseNumber)
{
currentCue.StartingTactorLocation = currentCue.EndingTactorLocation;
}
Tdk.TdkInterface.ChangeFreq(0, currentCue.StartingTactorLocation, currentCue.StartingFrequency, currentCue.StartingPulseDuration);
Tdk.TdkInterface.RampGain(0, currentCue.StartingTactorLocation, currentCue.StartingGain, currentCue.StartingGain, currentCue.StartingPulseDuration, Tdk.TdkDefines.RampLinear, 0);
toggleOn(0, startPulseBreak);
Tdk.TdkInterface.Pulse(0, currentCue.StartingTactorLocation, currentCue.StartingPulseDuration, 0);
//Debug.Log ("Gain: " + currentCue.StartingGain);
if (activeAction == false)
{
break;
}
}
for (int i = 0; i < transitionPulses; i++)
{
currentCue.StartingGain = currentCue.StartingGain + Convert.ToInt32(gainIncrement);
currentCue.StartingFrequency = currentCue.StartingFrequency + Convert.ToInt32(freqIncrement);
Tdk.TdkInterface.ChangeFreq(0, currentCue.EndingTactorLocation, currentCue.StartingFrequency, currentCue.StartingPulseDuration);
Tdk.TdkInterface.RampGain(0, currentCue.EndingTactorLocation, currentCue.StartingGain, currentCue.StartingGain, currentCue.StartingPulseDuration, Tdk.TdkDefines.RampLinear, 0);
toggleOn(0, startPulseBreak);
Tdk.TdkInterface.Pulse(0, currentCue.EndingTactorLocation, currentCue.StartingPulseDuration, 0);
//Debug.Log ("Gain: " + currentCue.StartingGain);
if (activeAction == false)
{
break;
}
}
for (int i = 0; i < 8 - currentCue.StartChangeAfterPulseNumber - 1 - transitionPulses; i++)
{
Tdk.TdkInterface.ChangeFreq(0, currentCue.EndingTactorLocation, currentCue.StartingFrequency, currentCue.StartingPulseDuration);
Tdk.TdkInterface.RampGain(0, currentCue.EndingTactorLocation, currentCue.StartingGain, currentCue.StartingGain, currentCue.StartingPulseDuration, Tdk.TdkDefines.RampLinear, 0);
toggleOn(0, startPulseBreak);
Tdk.TdkInterface.Pulse(0, currentCue.EndingTactorLocation, currentCue.StartingPulseDuration, 0);
//Debug.Log ("Gain: " + currentCue.StartingGain);
if (activeAction == false)
{
break;
}
}
}
DateTime endTime = DateTime.Now;
csvWriter.AddEvent(startTime.ToString("HH:mm:ss:ffff"), endTime.ToString("HH:mm:ss:ffff"), currentCue);
}
private void NextButton_Click(object sender, EventArgs e)
{
if (cuesList != null && CurrentCueIndex < NumberOfCues - 1)
{ // if there are cues left to read (excluding the last row)
if (played == false)
{
WarningsLabel.Text = "Please play the cue before proceeding.";
}
else if (ResponseTextbox.Text == "")
{
WarningsLabel.Text = "Please enter a score";
}
else
{
WarningsLabel.Text = "";
// save response into csv
int trial = current_trial_no;
string response = ResponseTextbox.Text;
csvWriter.AddEvent(trial, response, startTime.ToString("HH:mm:ss:ffff"), endTime.ToString("HH:mm:ss:ffff"), currentCue);
// set Trial1Score to first score
if (current_trial_no == 1)
{
Trial1Score.Text = "Trial 1 Score: " + response;
}
// increment tactor row
CurrentCueIndex++;
current_trial_no++;
// update trial no.
TrialNumberLabel.Text = "Trial #: " + current_trial_no;
ResponseTextbox.Text = "";
Console.WriteLine(TrialNumberLabel.Text);
Console.WriteLine(CurrentCueIndex);
Console.WriteLine(ResponseTextbox.Text);
played = false;
}
}
else if (cuesList != null && CurrentCueIndex == NumberOfCues - 1)
{ // last cue
if (played == false)
{
WarningsLabel.Text = "Please play the cue before proceeding.";
}
else if (ResponseTextbox.Text == "")
{
WarningsLabel.Text = "Please enter a score";
}
else
{
WarningsLabel.Text = "";
// save response into csv
int trial = current_trial_no;
string response = ResponseTextbox.Text;
csvWriter.AddEvent(trial, response, startTime.ToString("HH:mm:ss:ffff"), endTime.ToString("HH:mm:ss:ffff"), currentCue);
//change screen to FormFinished
Console.WriteLine("cuesList is null or CurrentCueIndex < NumberOfCues");
this.Visible = false;
var FormFinished = new FormFinished(ConnectedDeviceID);
FormFinished.Show();
}
}
else
{
Console.WriteLine("error");
}
}
